Texas A&M Begins Research to Recycle Nuclear Fuel

The $5.4 million grant aims to turn radioactive waste into usable energy to support national power production targets.

Updated on Oct. 29, 2026 in Nuclear

Texas A&M Begins Research to Recycle Nuclear Fuel

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Texas A&M University received a $5.4 million federal grant from the U.S. Department of Energy to research methods for recycling spent nuclear fuel. This research project seeks to recover 98% of the useful energy stored within radioactive waste, moving it from a storage liability toward an asset.

Why it matters

The research aims to align with federal targets to quadruple total U.S. nuclear energy production within two decades. By developing methods to process spent fuel, the initiative could significantly enhance the efficiency of the national power grid and lower long-term electric costs.

Researchers are targeting the recovery of 98% of the useful energy remaining in spent fuel rods. The project will run for three years to establish whether these recycling methods can be scaled effectively as an energy asset.

The players

Texas A&M University

A major research institution that serves as a primary hub for nuclear engineering and advanced energy projects in Texas.

U.S. Department of Energy

The federal agency tasked with managing the national energy infrastructure and overseeing research into nuclear power expansion.

The details

Texas A&M researchers are working to transition spent nuclear fuel from a storage liability into an energy asset by extracting leftover fissile material. This process focuses on reprocessing radioactive byproducts that currently retain nearly all their original potential. The team intends to develop a closed-loop system that limits the volume of waste while generating usable fuel for future power cycles.

The research initiative will last for three years.

The Tech Race

This project is a critical component of the national strategy to quadruple nuclear power output within two decades. It follows a broader effort to optimize the fuel cycle and reduce the reliance on external uranium supplies by reclaiming energy from spent waste.

The initiative is projected to lower future electricity costs by reclaiming energy that would otherwise be discarded as waste. If successful, the process will provide a scalable pathway for local and national utilities to increase power output without the need for increased raw uranium mining.

The takeaway

Texas A&M will spend the next three years testing whether high-efficiency fuel recycling can become a viable component of the national power grid. Observers should track the project's performance benchmarks to see if the technology can successfully lower energy production costs.